PhosphoNET

           
Protein Info 
   
Short Name:  RAI1
Full Name:  Retinoic acid-induced protein 1
Alias:  DKFZP434A139; KIAA1820; MGC12824; Retinoic acid induced 1; SMCR; SMS
Type:  Transcription factor
Mass (Da):  203352
Number AA:  1906
UniProt ID:  Q7Z5J4
International Prot ID:  IPI00449923
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005634   Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0008270   PhosphoSite+ KinaseNET
Biological Process:      Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1Y17FHGKQQNYQQTSQET
Site 2S21QQNYQQTSQETSRLE
Site 3S25QQTSQETSRLENYRQ
Site 4Y30ETSRLENYRQPSQAG
Site 5S34LENYRQPSQAGLSCD
Site 6S39QPSQAGLSCDRQRLL
Site 7Y50QRLLAKDYYNPQPYP
Site 8Y51RLLAKDYYNPQPYPS
Site 9Y56DYYNPQPYPSYEGGA
Site 10S58YNPQPYPSYEGGAGT
Site 11Y59NPQPYPSYEGGAGTP
Site 12T65SYEGGAGTPSGTAAA
Site 13Y78AAVAADKYHRGSKAL
Site 14S82ADKYHRGSKALPTQQ
Site 15T87RGSKALPTQQGLQGR
Site 16Y100GRPAFPGYGVQDSSP
Site 17S105PGYGVQDSSPYPGRY
Site 18S106GYGVQDSSPYPGRYA
Site 19Y108GVQDSSPYPGRYAGE
Site 20Y112SSPYPGRYAGEESLQ
Site 21S117GRYAGEESLQAWGAP
Site 22Y141LPAGVAKYDENLMKK
Site 23T149DENLMKKTAVPPSRQ
Site 24S154KKTAVPPSRQYAEQG
Site 25Y157AVPPSRQYAEQGAQV
Site 26S170QVPFRTHSLHVQQPP
Site 27Y185PPQQPLAYPKLQRQK
Site 28S199KLQNDIASPLPFPQG
Site 29T207PLPFPQGTHFPQHSQ
Site 30S213GTHFPQHSQSFPTSS
Site 31S215HFPQHSQSFPTSSTY
Site 32S219HSQSFPTSSTYSSSV
Site 33S220SQSFPTSSTYSSSVQ
Site 34T221QSFPTSSTYSSSVQG
Site 35Y222SFPTSSTYSSSVQGG
Site 36S223FPTSSTYSSSVQGGG
Site 37S224PTSSTYSSSVQGGGQ
Site 38S225TSSTYSSSVQGGGQG
Site 39S235GGGQGAHSYKSCTAP
Site 40Y236GGQGAHSYKSCTAPT
Site 41S238QGAHSYKSCTAPTAQ
Site 42T252QPHDRPLTASSSLAP
Site 43S254HDRPLTASSSLAPGQ
Site 44S256RPLTASSSLAPGQRV
Site 45Y269RVQNLHAYQSGRLSY
Site 46S271QNLHAYQSGRLSYDQ
Site 47S275AYQSGRLSYDQQQQQ
Site 48Y276YQSGRLSYDQQQQQQ
Site 49Y305HAQETLHYQNLAKYQ
Site 50Y311HYQNLAKYQHYGQQG
Site 51Y314NLAKYQHYGQQGQGY
Site 52Y321YGQQGQGYCQPDAAV
Site 53T330QPDAAVRTPEQYYQT
Site 54Y334AVRTPEQYYQTFSPS
Site 55Y335VRTPEQYYQTFSPSS
Site 56T337TPEQYYQTFSPSSSH
Site 57S339EQYYQTFSPSSSHSP
Site 58S341YYQTFSPSSSHSPAR
Site 59S342YQTFSPSSSHSPARS
Site 60S343QTFSPSSSHSPARSV
Site 61S345FSPSSSHSPARSVGR
Site 62S349SSHSPARSVGRSPSY
Site 63S353PARSVGRSPSYSSTP
Site 64S355RSVGRSPSYSSTPSP
Site 65Y356SVGRSPSYSSTPSPL
Site 66S357VGRSPSYSSTPSPLM
Site 67S358GRSPSYSSTPSPLMP
Site 68T359RSPSYSSTPSPLMPN
Site 69S361PSYSSTPSPLMPNLE
Site 70Y372PNLENFPYSQQPLST
Site 71S373NLENFPYSQQPLSTG
Site 72S378PYSQQPLSTGAFPAG
Site 73S399FMPLLNPSPTDATSS
Site 74T401PLLNPSPTDATSSVD
Site 75S405PSPTDATSSVDTQAG
Site 76S406SPTDATSSVDTQAGN
Site 77T409DATSSVDTQAGNCKP
Site 78S428KLPENLLSDLSLQSL
Site 79S440QSLTALTSQVENISN
Site 80S470KGVKNLVSRTPEQHK
Site 81T472VKNLVSRTPEQHKSQ
Site 82S478RTPEQHKSQHCSPEG
Site 83S482QHKSQHCSPEGSGYS
Site 84S486QHCSPEGSGYSAEPA
Site 85Y488CSPEGSGYSAEPAGT
Site 86S489SPEGSGYSAEPAGTP
Site 87T495YSAEPAGTPLSEPPS
Site 88S498EPAGTPLSEPPSSTP
Site 89S502TPLSEPPSSTPQSTH
Site 90S503PLSEPPSSTPQSTHA
Site 91T504LSEPPSSTPQSTHAE
Site 92S507PPSSTPQSTHAEPQE
Site 93Y517AEPQEADYLSGSEDP
Site 94S519PQEADYLSGSEDPLE
Site 95S521EADYLSGSEDPLERS
Site 96S528SEDPLERSFLYCNQA
Site 97Y531PLERSFLYCNQARGS
Site 98S538YCNQARGSPARVNSN
Site 99S544GSPARVNSNSKAKPE
Site 100S546PARVNSNSKAKPESV
Site 101S552NSKAKPESVSTCSVT
Site 102S554KAKPESVSTCSVTSP
Site 103T555AKPESVSTCSVTSPD
Site 104S557PESVSTCSVTSPDDM
Site 105T559SVSTCSVTSPDDMST
Site 106S560VSTCSVTSPDDMSTK
Site 107S565VTSPDDMSTKSDDSF
Site 108T566TSPDDMSTKSDDSFQ
Site 109S568PDDMSTKSDDSFQSL
Site 110S571MSTKSDDSFQSLHGS
Site 111S574KSDDSFQSLHGSLPL
Site 112S578SFQSLHGSLPLDSFS
Site 113S585SLPLDSFSKFVAGER
Site 114S609LAQEDLASEILGLQE
Site 115S631KAWAEAPSLVKDSSK
Site 116S636APSLVKDSSKPPFSL
Site 117S637PSLVKDSSKPPFSLE
Site 118S642DSSKPPFSLENHSAC
Site 119S652NHSACLDSVAKSAWP
Site 120S656CLDSVAKSAWPRPGE
Site 121S670EPEALPDSLQLDKGG
Site 122S683GGNAKDFSPGLFEDP
Site 123S691PGLFEDPSVAFATPD
Site 124T696DPSVAFATPDPKKTT
Site 125T702ATPDPKKTTGPLSFG
Site 126S707KKTTGPLSFGTKPTL
Site 127T732AFDCFPDTTAASSAD
Site 128T733FDCFPDTTAASSADS
Site 129S736FPDTTAASSADSANP
Site 130S740TAASSADSANPFAWP
Site 131S776LEQGGKASDGISKGD
Site 132S780GKASDGISKGDTHEA
Site 133T784DGISKGDTHEASACL
Site 134S788KGDTHEASACLGFQE
Site 135S805PPGEKVASLPGDFKQ
Site 136T847DSRHCCSTADFGDLP
Site 137T859DLPLLPPTSRKEDLE
Site 138S860LPLLPPTSRKEDLEA
Site 139S872LEAEEEYSSLCELLG
Site 140S873EAEEEYSSLCELLGS
Site 141S880SLCELLGSPEQRPGM
Site 142S892PGMQDPLSPKAPLIC
Site 143S910EVEEVLDSKAGWGSP
Site 144S916DSKAGWGSPCHLSGE
Site 145S921WGSPCHLSGESVILL
Site 146S936GPTVGTESKVQSWFE
Site 147S940GTESKVQSWFESSLS
Site 148S944KVQSWFESSLSHMKP
Site 149S945VQSWFESSLSHMKPG
Site 150S947SWFESSLSHMKPGEE
Site 151S965GERAPGDSTTSDASL
Site 152T966ERAPGDSTTSDASLA
Site 153T967RAPGDSTTSDASLAQ
Site 154S968APGDSTTSDASLAQK
Site 155S971DSTTSDASLAQKPNK
Site 156S997EPVPRGKSLRSRRVH
Site 157S1000PRGKSLRSRRVHRGL
Site 158S1013GLPEAEDSPCRAPVL
Site 159S1029KDLLLPESCTGPPQG
Site 160T1031LLLPESCTGPPQGQM
Site 161S1049GAPGRGASEGLPRMC
Site 162T1057EGLPRMCTRSLTALS
Site 163S1059LPRMCTRSLTALSEP
Site 164T1061RMCTRSLTALSEPRT
Site 165S1064TRSLTALSEPRTPGP
Site 166T1068TALSEPRTPGPPGLT
Site 167T1075TPGPPGLTTTPAPPD
Site 168T1076PGPPGLTTTPAPPDK
Site 169T1077GPPGLTTTPAPPDKL
Site 170S1094KQRAAFKSGKRVGKP
Site 171S1102GKRVGKPSPKAASSP
Site 172S1107KPSPKAASSPSNPAA
Site 173S1108PSPKAASSPSNPAAL
Site 174S1110PKAASSPSNPAALPV
Site 175S1119PAALPVASDSSPMGS
Site 176S1121ALPVASDSSPMGSKT
Site 177S1122LPVASDSSPMGSKTK
Site 178S1126SDSSPMGSKTKETDS
Site 179T1128SSPMGSKTKETDSPS
Site 180T1131MGSKTKETDSPSTPG
Site 181S1133SKTKETDSPSTPGKD
Site 182S1135TKETDSPSTPGKDQR
Site 183T1136KETDSPSTPGKDQRS
Site 184S1143TPGKDQRSMILRSRT
Site 185T1150SMILRSRTKTQEIFH
Site 186T1152ILRSRTKTQEIFHSK
Site 187S1158KTQEIFHSKRRRPSE
Site 188S1164HSKRRRPSEGRLPNC
Site 189T1174RLPNCRATKKLLDNS
Site 190S1181TKKLLDNSHLPATFK
Site 191T1186DNSHLPATFKVSSSP
Site 192S1192ATFKVSSSPQKEGRV
Site 193S1200PQKEGRVSQRARVPK
Site 194S1215PGAGSKLSDRPLHAL
Site 195S1226LHALKRKSAFMAPVP
Site 196S1243KRNLVLRSRSSSSSN
Site 197S1245NLVLRSRSSSSSNAS
Site 198S1246LVLRSRSSSSSNASG
Site 199S1247VLRSRSSSSSNASGN
Site 200S1248LRSRSSSSSNASGNG
Site 201S1249RSRSSSSSNASGNGG
Site 202S1252SSSSSNASGNGGDGK
Site 203S1266KEERPEGSPTLFKRM
Site 204T1268ERPEGSPTLFKRMSS
Site 205S1274PTLFKRMSSPKKAKP
Site 206S1275TLFKRMSSPKKAKPT
Site 207T1290KGNGEPATKLPPPET
Site 208T1297TKLPPPETPDACLKL
Site 209T1316AFQGAMKTKVLPPRK
Site 210S1340VQKITSPSLKKFACK
Site 211S1352ACKAPGASPGNPLSP
Site 212S1358ASPGNPLSPSLSDKD
Site 213S1360PGNPLSPSLSDKDRG
Site 214S1362NPLSPSLSDKDRGLK
Site 215S1374GLKGAGGSPVGVEEG
Site 216T1387EGLVNVGTGQKLPTS
Site 217S1394TGQKLPTSGADPLCR
Site 218T1404DPLCRNPTNRSLKGK
Site 219S1407CRNPTNRSLKGKLMN
Site 220S1415LKGKLMNSKKLSSTD
Site 221S1419LMNSKKLSSTDCFKT
Site 222T1421NSKKLSSTDCFKTEA
Site 223T1426SSTDCFKTEAFTSPE
Site 224T1430CFKTEAFTSPEALQP
Site 225S1431FKTEAFTSPEALQPG
Site 226S1448ALAPKKRSRKGRAGA
Site 227T1476LGPALLLTPRDRASG
Site 228S1482LTPRDRASGTQGASE
Site 229T1484PRDRASGTQGASEDN
Site 230S1488ASGTQGASEDNSGGG
Site 231S1492QGASEDNSGGGGKKP
Site 232S1508MEELGLASQPPEGRP
Site 233T1520GRPCQPQTRAQKQPG
Site 234T1529AQKQPGHTNYSSYSK
Site 235Y1531KQPGHTNYSSYSKRK
Site 236S1533PGHTNYSSYSKRKRL
Site 237S1535HTNYSSYSKRKRLTR
Site 238T1541YSKRKRLTRGRAKNT
Site 239T1549RGRAKNTTSSPCKGR
Site 240S1551RAKNTTSSPCKGRAK
Site 241Y1579EPEIRLKYISSCKRL
Site 242S1581EIRLKYISSCKRLRS
Site 243S1582IRLKYISSCKRLRSD
Site 244S1588SSCKRLRSDSRTPAF
Site 245S1590CKRLRSDSRTPAFSP
Site 246T1592RLRSDSRTPAFSPFV
Site 247S1596DSRTPAFSPFVRVEK
Site 248T1609EKRDAFTTICTVVNS
Site 249S1616TICTVVNSPGDAPKP
Site 250S1628PKPHRKPSSSASSSS
Site 251S1629KPHRKPSSSASSSSS
Site 252S1630PHRKPSSSASSSSSS
Site 253S1632RKPSSSASSSSSSSS
Site 254S1633KPSSSASSSSSSSSF
Site 255S1634PSSSASSSSSSSSFS
Site 256S1635SSSASSSSSSSSFSL
Site 257S1636SSASSSSSSSSFSLD
Site 258S1637SASSSSSSSSFSLDA
Site 259S1638ASSSSSSSSFSLDAA
Site 260S1639SSSSSSSSFSLDAAG
Site 261S1641SSSSSSFSLDAAGAS
Site 262T1651AAGASLATLPGGSIL
Site 263S1663SILQPRPSLPLSSTM
Site 264S1667PRPSLPLSSTMHLGP
Site 265S1668RPSLPLSSTMHLGPV
Site 266Y1706LGDLCGPYYPEHCLP
Site 267Y1707GDLCGPYYPEHCLPK
Site 268S1733EGTCEEASLPLERTL
Site 269T1739ASLPLERTLKGPECA
Site 270T1771AKQGPLRTSARGLSR
Site 271S1772KQGPLRTSARGLSRR
Site 272S1777RTSARGLSRRLQSCY
Site 273S1782GLSRRLQSCYCCDGR
Site 274Y1784SRRLQSCYCCDGRED
Site 275S1808KGRKHECSKEAPAEP
Site 276Y1880GCLHTYHYPCASDAG
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


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